Winpact SI-910 Stackable Incubator Shaker

MAJOR SCIENCE · WINPACT · SI-910 Temperature-controlled shaking, with room to plan your load The Winpact SI-910 combines refrigerated incubation with a 25 mm orbit and 10 to 300 rpm shaking. It is the non-CO₂ option in this stackable family, for workflows that do not require controlled chamber CO₂ or humidity. The 91 × 50 cm slide-out platform and glide-up door support loading and access, while a 10-inch capacitive touchscreen provides the control interface. Define the flask layout and module arrangement to suit the work you plan to run. Manufacturer family reference showing a single-module arrangement. Final module count and accessories are defined for the order; labware shown is illustrative. 25 mm Orbit diameter 300 rpm Maximum specified speed 4 to 60°C At 23 to 25°C ambient 91 × 50 cm Platform size Why laboratories choose this format Access the working area A slide-out platform, glide-up door and chamber illumination support loading and visual checks. Control the run A 10-inch capacitive touchscreen brings PID temperature control, a manually editable program and timer settings together. Choose the right atmosphere Specify the non-CO₂ SI-910 for workflows without controlled chamber CO₂ or humidity. Which Winpact shaking format do I need? SI-910 · Current model Refrigerated, non-CO₂ format 25 mm orbit; 10–300 rpm; 4–60°C at 23–25°C ambient. No CO₂ or humidity control specified. SI-960 Refrigerated CO₂ format 50 mm orbit; 10–180 rpm; 4–60°C at 23–25°C ambient. 0.1–20% CO₂; 50–95% RH; HEPA optional. WP-COS Shaker for an existing incubator 20 mm orbit; 1–300 rpm; 300 × 300 mm platform. Requires a suitable host incubator for environmental control. These are different instrument formats, not interchangeable configurations or upgrade promises. Select the complete system around the conditions your protocol requires.Choose the non-CO₂ configuration deliberately SI-910 provides a 25 mm orbit and a 10 to 300 rpm shaking range without CO₂ or humidity control. If your protocol depends on a controlled CO₂ atmosphere, compare it with SI-960 rather than assuming those features can be added to SI-910. Manufacturer family chamber detail. The listed layouts are alternative maximums, not supplied flasks or holders. Plan the load, not just the flask count The 91 × 50 cm slide-out platform gives you access to the working area without reaching to the back of the chamber. A glide-up door and internal illumination support routine loading and visual checks. Manufacturer family capacity examples are 50 × 250 mL, 32 × 500 mL, 18 × 1000 mL or 15 × 2000 mL. These are alternative maximum layouts. Flask shape, retaining hardware and operating speed need to be checked together; the figures are not an included accessory list. Nominal flask size Alternative family maximum 250 mL 50 flasks 500 mL 32 flasks 1000 mL 18 flasks 2000 mL 15 flasks Set the run from a 10-inch touchscreen The capacitive LCD touchscreen works with PID control, a manually editable program and a timer specified to 9999 minutes or 9999 hours. Servo-driven shaking and forced internal air circulation are shared features of the platform. Temperature uniformity is specified as ±0.5°C at 37°C. The 4–60°C control range is stated at 23–25°C ambient; do not treat the broader operating ambient range as the test condition. Blue Tiger Scientific specification comparison, schematic only. The facts are also stated in HTML and the specifications tab. Manufacturer three-module installation illustration. A pictured stack is not a supplied module quantity or an approved installation drawing. Define the configuration before installation Choose the module count and labware arrangement around your workload and available space. Manufacturer photographs show possible configurations, not a promise that a pictured stack, its holders or labware is included. Your confirmed quotation must identify the supplied modules and accessories. Specify 110 V or 220 V single-phase power and review the final stack arrangement, support hardware, floor loading and service clearances. The manufacturer lists 50/60 Hz and 1800 W for these refrigerated models. Confirm the electrical connection for each module rather than assuming a complete stack uses one supply. Understand the UV function SI-910 includes a UV germicidal lamp in the manufacturer specification. It is not the 90°C moist-heat or 180°C dry-heat model in this family. Use the manufacturer’s operating and cleaning procedure, and do not treat the listed UV feature as a validated sterility claim.Typical application fit Non-CO₂ cultivation For temperature-controlled shaking workflows that do not require regulated CO₂ or humidity. Parallel flask work Configure one of the manufacturer-listed alternative vessel layouts around the actual flask geometry. Space planning Review stacked arrangements where increased module capacity is needed within a defined laboratory area. A better starting point for your quotation 1 · Define the process Specify the temperature, orbit, speed, atmosphere and vessel geometry required by your existing protocol. 2 · Define the configuration Agree module count, holders, optional filtration and the actual supplied components. 3 · Define the installation Confirm the current installation drawing, voltage, services, floor loading, freight and support responsibilities. Planning tip: Maximum flask count is not a guarantee of working culture volume or full-speed operation with every vessel layout. Verify the actual loaded configuration.Other laboratory workflows Alternative format MS-NOR-3001 anti-moisture orbital shakerA different orbital format for a separately defined bench or chamber workflow. Review its lower published speed range and different load rating; it is not an integrated incubator or a like-for-like replacement. Related workflow MU-D01 digital peristaltic pumpExplore a separate liquid-transfer step. Tubing and flow requirements are selected independently; no mechanical, electrical or automated integration with this shaker is implied. SI-910 buyer questions What is the difference between SI-910 and SI-960?SI-910 has a 25 mm orbit and a shaking range of 10 to 300 rpm, without CO₂ or humidity control. SI-960 has a 50 mm orbit, a 10 to 180 rpm range, CO₂ control and a specified humidity range. Both provide refrigerated incubation and a UV germicidal lamp.What temperature range does SI-910 provide?The specified range is 4 to 60°C at an ambient temperature of 23 to 25°C. Temperature uniformity is listed as ±0.5°C at 37°C. These are stated test conditions, not a guarantee of identical performance throughout the operating range.How many flasks can the platform hold?The family maximums are 50 × 250 mL, 32 × 500 mL, 18 × 1000 mL or 15 × 2000 mL. These are alternative loading layouts, not supplied flask or holder counts. Confirm the layout and permitted speed for your actual flask geometry and retaining accessories.Does the product include the three-module stack shown?The photographs do not establish the supplied quantity. Public manufacturer information does not confirm the module count or a complete accessory package for this listing. Confirm the supplied modules, platforms and holders before ordering.Can SI-910 be stacked?Yes. The manufacturer presents single-, double- and triple-layer arrangements. Have the final stack, support hardware, floor loading, clearances and electrical services reviewed before installation. A stack photograph is not an assembly specification.Does SI-910 have CO₂, humidity control or HEPA filtration?No CO₂ or humidity control is specified for SI-910, and HEPA is listed as not offered. Choose SI-960 when the stated CO₂ and humidity capabilities are required; HEPA is optional on that model.Which electrical version should I specify?The manufacturer lists single-phase 110 V or 220 V, 50/60 Hz and 1800 W. Confirm the voltage version, plug and site circuit requirements before ordering. Do not assume automatic voltage switching or that one circuit can supply a complete stack.Does SI-910 provide heat sterilization?No. SI-910 is listed with a UV germicidal lamp and UV sterilization, not a 90°C moist-heat or 180°C dry-heat cycle. Follow the manufacturer’s operating and cleaning instructions; the UV listing alone does not establish a validated sterilization process.